Harddrive Regulator Black Touring ` OEM 74505-02 - H0502 For Harley Touring 2002-2003 Brand_Renthal Electrical Resistance 2 Ohms Mounting

Electrical Resistance 2 Ohms Mounting Position Fairing Product Name Amplifier Kit Peak Power Handling 200 W Units Kit Number of Channels 2 Riding Style Street Color/Finish Black Color/Finish Silver For Make Harley Davidson

2009-2013 Harley-Davidson Road King Police FLHP 2007 Harley-Davidson Screamin' Eagle Electra Glide Ultra Classic FLHTCUSE2 2007 Harley-Davidson Screamin' Eagle Road King FLHRSE3 2008 Harley-Davidson CVO Road King FLHRSE4 2008 Harley-Davidson CVO Ultra Classic Electra Glide FLHTCUSE3 2008 Harley-Davidson Screamin' Eagle Electra Glide Ultra Classic FLHTCUSE3 2009 Harley-Davidson CVO Ultra Classic Electra Glide FLHTCUSE4 2010 Harley-Davidson CVO Ultra Classic Electra Glide FLHTCUSE5 2010-2013 Harley-Davidson Electra Glide Ultra Limited FLHTK 2011 Harley-Davidson CVO Road Glide Ultra FLTRUSE 2011 Harley-Davidson CVO Ultra Classic Electra Glide FLHTCUSE6 2011-2013 Harley-Davidson Road Glide FLTRX/FLTRXS 2011-2013 Harley-Davidson Road Glide Ultra FLTRU 2012 Harley-Davidson CVO Ultra Classic Electra Glide FLHTCUSE7 2013 Harley-Davidson CVO Road Glide FLTRXSE2 2013 Harley-Davidson CVO Ultra Classic Electra Glide FLHTCUSE8

Color/Finish Oxblood Length 5" for Handlebar Diameter 7/8" Riding Style Street Base Color Red Features with Closed Ends Product Name Grips Material Rubber Mount Style Standard Model Vans Units Pair

25:1 compression ratio to 9

Fit standard levers only

Harddrive Regulator Black Touring ` OEM 74505-02 - H0502 For Harley Touring 2002-2003 Brand_Renthal Electrical Resistance 2 Ohms MountingFeatures Meet Exceed Original Equipment specifications High Power and quality SCR (Silicon Controlled Rectifier) utilized to allow a cooler operation High temperature and environmentally protected (sealed) encapsulation High temperature Late technology circuit board utilized on higher watt density surface mount applications where heat issues are a major concern. This approach minimizes thermal impedance and conducts heat more effectively and